Recent advances in robotics and machine vision enable automated measurement of
vibration for civil engineering structures. Various types of robotic platforms such as drones …

Computer vision-based structural deformation monitoring techniques were studied in a large
number of applications in the field of structural health monitoring (SHM). Numerous …

Traditional visual vibration measurement methods face limitations in dynamic outdoor
environments, making accurate multi-point vibration measurements challenging for the …

Visual displacement measurement methods for flexible structural bodies like large-span
bridges has gained wide popularity in recent years, but practical applications still have some …

摘要变形测量是大型工程建设与运维的基础性, 常规性任务, 是实验力学, 结构健康监测学科最
重要的内容之一, 现有测量方法难以精准高效经济地实现大型工程结构大尺度高精度测量需求 …

A new deep learning-based vision measurement method is proposed to accurately measure
the micro-vibration displacements of objects in different illuminations and backgrounds. The …

Understanding and optimizing system performance hinges on analyzing structural
vibrations. While contact-based vibration measurement faces limitations including load …

For civil engineering structures, the dynamics-based structural health monitoring is
commonly based on inverse analysis of structural acceleration response data to identify the …

Vision-based techniques have become widely applied in structural displacement monitoring.
However, heat haze poses a great threat to the precision of vision systems by creating …

Vibration analysis is crucial for structural health monitoring and fault diagnosis.
Conventional contact sensors present limitations, prompting the adoption of non-contact …